Sentence examples for thermal broadening from inspiring English sources

In the terahertz (30 ~ 300 μm or 1 ~ 10THz) intersubband transition, the incoming photon energy is (4 ~ 41mev) and maybe in the order of electron thermal broadening (KT ~ 6 meV-25 meV for 77 K -300 K).

Normally, the I th of LDs increases with T because of various temperature-dependent mechanisms such as thermal broadening of the gain spectrum, thermally activated carrier escape, free-carrier absorption, and Auger recombination.

One might expect the contrary, i.e., the FWHM increasing due to thermal broadening.

The measured gap from the observed activated behavior (approximately 20 meV) is comparable to thermal broadening at room temperature (approximately 25 meV).

The carriers can be delocalized either with increasing T or increasing B. The measured transport gap of approximately 20 meV is comparable to thermal broadening at room temperature (approximately 25 meV).

Our observations can be well accounted for by a formal single-level tunnelling model where the temperature dependence relies on the thermal broadening of the Fermi distributions of the electrons in the leads.

Post-treatments of nanofibers, by conglutination, by vapor coating, by chemical treatment of the surfaces, and by thermal processing, broaden the usefulness of nanofibers.

In summary, our data identify a role for the antiapoptotic OPA1/PARL couple in the regulation of the response to thermal stress, broadening our knowledge of the processes regulated by mitochondria-shaping proteins.

Quite evidently, the CSL mechanism enters into the expression of the density noise spectrum as an extra thermal-like line broadening contribution.

Due to both the restricted temperature limit of the instrument (25 45 °C) and the broadened thermal transition resulting from hindered chain mobility in the hydrogels, the actual Tt could not be measured for the hybrid hydrogels.

High values of the non-thermal line broadening are caused by a large extension of X-ray ejections.